New chloroaluniinate compounds with copper and cobalt have been prepared and intercalated into graphite. For the copper intercalated compound X ray analysis shows a chain structure. The magnetic properties are consistent with a model of finite chain distribution of spin 1/2 Cu$^{2+}$ ions. The contribution to the susceptibility of the short chains containing an odd number of spins is a paramagnetic-like tail which is dominant at low temperatures.Des nouveaux composés chloroaluminates de cuivre et de cobalt ont été préparés puis insérés dans le graphite. Dans le cas du composé au cuivre l'analyse aux rayons X montre une structure en chaînes. Les propriétés magnétiques s'interprètent bien dans un modèle de chaines finies de spins 1/2 portés p...
The magnetic properties of three 1D copper (II) salts are reported. The compound Cu(14ane)Cu(N3)4 co...
The nanoporous coordination polymer [Cu(pyrimidin-2-olate-N1,N3) 2]n (1c) of the sodalite zeotype so...
We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound...
New chloroaluniinate compounds with copper and cobalt have been prepared and intercalated into graph...
Structural and magnetic properties of stage-1, stage-2, and stage-3 CuCl2 graphite intercalation com...
We report a detailed study of the dilution of the magnetic properties of stage-1 CoCl2-graphite inte...
Recently a new one-dimensional (1D) quantum spin chain system has been reported: catena-dichloro(2-C...
The magnetization intensity and magnetic susceptibility of CuCl2-NiCl2-EGICs, synthesized with expan...
Results of recent synthetic, structural, and magnetic work on exchange coupled copper (II) ions brid...
One-dimensional metal–organic coordination polymers make up a class of compounds with potential towa...
The magnetic properties of four transition metal dichloridegraphite intercalation compounds (GIC's)...
We report low-temperature, high-field (T≤4.2 K, H=0-18 teslas) magnetization measurements of CoCl2- ...
Magnetic susceptibility studies over the temperature range 87-330°K, on sixteen complexes of copper ...
在膨胀石墨CuCl2-NiCl2-GICs合成和电性研究基础上,采用MODEL155振动磁强计测量了GICs在0~7.958×105A/m磁场强度下的磁化强度、磁化率.发现CuCl2-NiCl2引入石...
The magnetic susceptibilities of three Cu quinone complex salts were measured at low temperatures. T...
The magnetic properties of three 1D copper (II) salts are reported. The compound Cu(14ane)Cu(N3)4 co...
The nanoporous coordination polymer [Cu(pyrimidin-2-olate-N1,N3) 2]n (1c) of the sodalite zeotype so...
We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound...
New chloroaluniinate compounds with copper and cobalt have been prepared and intercalated into graph...
Structural and magnetic properties of stage-1, stage-2, and stage-3 CuCl2 graphite intercalation com...
We report a detailed study of the dilution of the magnetic properties of stage-1 CoCl2-graphite inte...
Recently a new one-dimensional (1D) quantum spin chain system has been reported: catena-dichloro(2-C...
The magnetization intensity and magnetic susceptibility of CuCl2-NiCl2-EGICs, synthesized with expan...
Results of recent synthetic, structural, and magnetic work on exchange coupled copper (II) ions brid...
One-dimensional metal–organic coordination polymers make up a class of compounds with potential towa...
The magnetic properties of four transition metal dichloridegraphite intercalation compounds (GIC's)...
We report low-temperature, high-field (T≤4.2 K, H=0-18 teslas) magnetization measurements of CoCl2- ...
Magnetic susceptibility studies over the temperature range 87-330°K, on sixteen complexes of copper ...
在膨胀石墨CuCl2-NiCl2-GICs合成和电性研究基础上,采用MODEL155振动磁强计测量了GICs在0~7.958×105A/m磁场强度下的磁化强度、磁化率.发现CuCl2-NiCl2引入石...
The magnetic susceptibilities of three Cu quinone complex salts were measured at low temperatures. T...
The magnetic properties of three 1D copper (II) salts are reported. The compound Cu(14ane)Cu(N3)4 co...
The nanoporous coordination polymer [Cu(pyrimidin-2-olate-N1,N3) 2]n (1c) of the sodalite zeotype so...
We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound...